Advanced Development and Integration of Constitutive Polymer Models within a Directly Embedded Multiscale Framework for Virtual Investigation of Damage in Unidirectional Composites

Design of High-Performance Composites via “Self-constructible Finite Element Material Library” Driven by Reinforcement-based Machine Learning

Fundamental Analysis of Thermally-Activated Self-Healing Properties in Asphalt-Based Composites Using a Synergistic Experimental-Numerical Methodology

Multiscale analysis of polymer blends to predict the thermomechanical response and strength of recycled plastics

Advancing sustainable 3D Printing: harnessing CFD to optimize waste-based geopolymer compositions and their rheological control

Machine Learning integration in Discrete Element solvers for modeling of industrial powder handling processes compromising sustainability, safety and costs

Material characterization and modelling of thermoplastic films

Polymer Shear and COmpressive Property determination at Elevated strain rates

Research on Materials and Technologies for the Shaping of Large Ceramic Plates